Abstract
In this paper, error performance analysis of decode and forward (DF) based cooperative vehicular networks with relay selection is considered. All of the links in the system are modeled as cascaded Nakagami-m distributed random variables which provide a realistic description of an intervehicular channel. The performance of virtual noise (VN) based detection technique developed for mitigating error propagation in wireless relay systems employing DF protocol is investigated and it has been shown that VN technique provides significant performance improvement with respect to the classic MRC method in cooperative vehicular networks.
Keywords
Relay
Computer science
Nakagami distribution
Selection (genetic algorithm)
Wireless
Channel (broadcasting)
Outage probability
Computer network
Noise (video)
Protocol (science)
Signal-to-noise ratio (imaging)
Vehicular ad hoc network
Relay channel
Electronic engineering
Telecommunications
Fading
Wireless ad hoc network
Engineering
Artificial intelligence
Subject Areas
Cooperative Communication and Network Coding
·Computer Networks and Communications ·Physical Sciences
Wireless Communication Security Techniques
·Electrical and Electronic Engineering ·Physical Sciences
Advanced Wireless Communication Technologies
·Electrical and Electronic Engineering ·Physical Sciences
Citations by Year
2015: 1
2020: 1
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